public void GetPlaneEquation2(
	CIPJ ip_jo,
	double min_x,
	double min_y,
	double max_x,
	double max_y,
	ref double pitch,
	ref double yaw,
	ref double roll,
	ref double x,
	ref double y,
	ref double z,
	ref double sx,
	ref double sy,
	ref double str_val
)

public void GetPlaneEquation2(
	CIPJ ip_jo,
	double min_x,
	double min_y,
	double max_x,
	double max_y,
	ref double pitch,
	ref double yaw,
	ref double roll,
	ref double x,
	ref double y,
	ref double z,
	ref double sx,
	ref double sy,
	ref double str_val
)

Public Sub GetPlaneEquation2 ( 
	ip_jo As CIPJ,
	min_x As Double,
	min_y As Double,
	max_x As Double,
	max_y As Double,
	ByRef pitch As Double,
	ByRef yaw As Double,
	ByRef roll As Double,
	ByRef x As Double,
	ByRef y As Double,
	ByRef z As Double,
	ByRef sx As Double,
	ByRef sy As Double,
	ByRef str_val As Double
)

Public Sub GetPlaneEquation2 ( 
	ip_jo As CIPJ,
	min_x As Double,
	min_y As Double,
	max_x As Double,
	max_y As Double,
	ByRef pitch As Double,
	ByRef yaw As Double,
	ByRef roll As Double,
	ByRef x As Double,
	ByRef y As Double,
	ByRef z As Double,
	ByRef sx As Double,
	ByRef sy As Double,
	ByRef str_val As Double
)

public:
void GetPlaneEquation2(
	CIPJ^ ip_jo, 
	double min_x, 
	double min_y, 
	double max_x, 
	double max_y, 
	double% pitch, 
	double% yaw, 
	double% roll, 
	double% x, 
	double% y, 
	double% z, 
	double% sx, 
	double% sy, 
	double% str_val
)

public:
void GetPlaneEquation2(
	CIPJ^ ip_jo, 
	double min_x, 
	double min_y, 
	double max_x, 
	double max_y, 
	double% pitch, 
	double% yaw, 
	double% roll, 
	double% x, 
	double% y, 
	double% z, 
	double% sx, 
	double% sy, 
	double% str_val
)

member GetPlaneEquation2 : 
        ip_jo : CIPJ * 
        min_x : float * 
        min_y : float * 
        max_x : float * 
        max_y : float * 
        pitch : float byref * 
        yaw : float byref * 
        roll : float byref * 
        x : float byref * 
        y : float byref * 
        z : float byref * 
        sx : float byref * 
        sy : float byref * 
        str_val : float byref -> unit 


member GetPlaneEquation2 : 
        ip_jo : CIPJ * 
        min_x : float * 
        min_y : float * 
        max_x : float * 
        max_y : float * 
        pitch : float byref * 
        yaw : float byref * 
        roll : float byref * 
        x : float byref * 
        y : float byref * 
        z : float byref * 
        sx : float byref * 
        sy : float byref * 
        str_val : float byref -> unit

Parameters

ip_jo: Type: GeoEngine.Core.GXNetXCIPJ
IPJ object for the output values
min_x: Type: SystemDouble
Min X of surface (in grid coords)
min_y: Type: SystemDouble
Min Y of surface
max_x: Type: SystemDouble
Max X of surface
max_y: Type: SystemDouble
Max Y of surface
pitch: Type: SystemDouble
Pitch angle (between -360 and 360) (in view coords)
yaw: Type: SystemDouble
Yaw angle (between -360 and 360)
roll: Type: SystemDouble
Roll angles (between -360 and 360)
x: Type: SystemDouble
X offset of plane (in view coords)
y: Type: SystemDouble
Y offset of plane
z: Type: SystemDouble
Z offset of plane
sx: Type: SystemDouble
X scale (in view coords)
sy: Type: SystemDouble
Y scale
str_val: Type: SystemDouble
Z scale

Remarks

This is the same as GetPlaneEquation_IPJ, but the input projected coordinate system (PCS) may be different from that of the IPJ you want the plane equation values described in. This may be required, for instance, when a 3D view has been created in one PCS, and an oriented grid from a different PCS is to be displayed in that view. If the two input IPJs share the same PCS then the GetPlaneEquation_IPJ function is called directly, using the input IPJ.

Reference

CIPJ Class

GeoEngine.Core.GXNetX Namespace

CIPJAddLanguageSpecificTextSet("LSTCABDD7A7_0?cpp=::|nu=.");GetPlaneEquation2 Method

Parameters

Reference

CIPJGetPlaneEquation2 Method